Intellectual Property India Publishes Patent Application for 'Quantum-Resistant Advanced Firewall System With Ai-Driven Threat Intelligence And Adaptive Security Orchestration For Next-Generation Network Protection' Filed by Apexcognita Private Limited

MUMBAI, India, April 10 -- Intellectual Property India has published a patent application (202441075312 A) filed by Apexcognita Private Limited, Hyderabad, Telangana, on Oct. 4, 2024, for 'quantum-resistant advanced firewall system with ai-driven threat intelligence and adaptive security orchestration for next-generation network protection.'

Inventor(s) include Babu Siva Prasad Dachepalli.

The application for the patent was published on April 10, under issue no. 15/2026.

According to the abstract released by the Intellectual Property India: "The Advanced Firewall System (100) is a next-generation network security solution that integrates quantum-resistant cryptography, artificial intelligence, and adaptive security protocols to provide comprehensive protection against current and future cyber threats. It features a quantum-resistant packet inspection (102) engine, AI-driven threat intelligence, multi-dimensional traffic analysis, and adaptive protocol identification. The system implements a zero-trust architecture (110), includes a quantum-safe VPN protocol, and extends protection to edge, IoT, and cloud environments. Designed for high-performance and scalability, it can adapt to various network sizes and types, from small enterprises to large-scale telecom infrastructures. The system's (100) AI-driven approach enables real-time threat detection, predictive analytics, and automated response optimization, making it a comprehensive solution for next-generation network security. The system (100) incorporates modular threat detection, adaptive protocol analysis, and a flexible cryptographic framework, alongside advanced metadata analysis and unsupervised anomaly detection, ensuring comprehensive protection against current and emerging network threats in a post-quantum computing era. 12. DESCRIPTION OF THE DRAWINGS Fig. 1: Overall System Architecture of the Advanced Firewall System Fig. 2: Quantum-Resistant Packet Inspection Process Fig. 3: AI-Driven Threat Intelligence and Analysis Workflow Fig. 4: Multi-Dimensional Traffic Analysis Framework Fig. 5: Adaptive Protocol Identification and Filtering Mechanism Fig. 6: Zero-Trust Architecture Implementation Fig. 7: Quantum-Safe VPN Tunneling Protocol Fig. 8: Edge and IoT Security Integration Fig. 9: Cloud-Native Security Orchestration Fig. 10: Scalable High-Performance Architecture Fig. 11: Quantum Resilience Strategy Implementation Fig. 12: AI Model Architecture for Threat Detection and Response Fig. 13: Federated Learning for Collaborative Threat Intelligence Fig. 14: Explainable AI for Security Decision Justification Fig. 15: Scalability Scenarios Comparison."

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